ARCOM

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Coleman, M J, Irvine, K N, Lemon, M and Shao, L (2013) Promoting behaviour change through personalized energy feedback in offices. Building Research & Information, 41(06), 637-51.

Egbelakin, T, Wilkinson, S, Potangaroa, R and Ingham, J (2013) Improving regulatory frameworks for earthquake risk mitigation. Building Research & Information, 41(06), 677-89.

Foulds, C, Powell, J and Seyfang, G (2013) Investigating the performance of everyday domestic practices using building monitoring. Building Research & Information, 41(06), 622-36.

Giddings, B, Sharma, M, Jones, P and Jensen, P (2013) An evaluation tool for design quality: PFI sheltered housing. Building Research & Information, 41(06), 690-705.

Ludvig, K, Stenberg, A-C and Gluch, P (2013) The value of communicative skills for developing an energy strategy. Building Research & Information, 41(06), 611-21.

Ma, Q, Cheung, S O and Li, S (2023) Optimum risk/reward sharing framework to incentivize integrated project delivery adoption. Construction Management and Economics, 41(06), 519–35.

Michieka, N M, Razek, N H A and Gearhart, R S (2023) Modelling the impact of oil price changes and investment decisions on construction wages in the U.S.. Construction Management and Economics, 41(06), 500–18.

Pérez-Bella, J M, Domínguez-Hernández, J, Rodríguez-Soria, B, del Coz-Díaz, J J, Cano-Suñén, E and Navarro-Manso, A (2013) An extended method for comparing watertightness tests for facades. Building Research & Information, 41(06), 706-21.

Tillson, A-A, Oreszczyn, T and Palmer, J (2013) Assessing impacts of summertime overheating: some adaptation strategies. Building Research & Information, 41(06), 652-61.

Type: Journal Article
Keywords:
ISBN/ISSN: 0961-3218
URL: https://doi.org/10.1080/09613218.2013.808864
Abstract:
The UK is predicted to experience warmer summers in the future, but the domestic building stock in England was not designed to cope with this change. The Standard Assessment Procedure (SAP) 2009 is used to assess the current state of the English building stock in terms of its vulnerability to overheating. The English Housing Survey 2009 provided data for 16 150 dwellings which are weighted to represent the housing stock. SAP predicts 82% of dwellings are currently at ?slight? risk of overheating and 41% at medium to high risk. If summer temperatures become 1.4°C warmer, then 99% of properties are predicted to have a medium to high risk of overheating. Several potential adaptations to the housing stock were considered to reduce overheating. Although ventilation strategies had the largest positive effect, the use of solar shading and shutters which allow secure ventilation could reduce vulnerability to overheating in the current climate. In a warmer climate, although some dwellings would still be at slight risk, the results suggest that solar shading strategies could reduce the percentage of those at medium to high risk to 6%. Future energy efficiency programmes will need to include adaptation measures to prevent overheating.